209-3-38734-100

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Circuit breakers are an essential component of modern electrical systems. They are used to protect electrical systems from damage or overload caused by sudden increases in current or voltage. 209-3-38734-100 circuit breakers are designed to protect circuits from overloads and short circuits.

The 209-3-38734-100 circuit breaker is a general-purpose, double-pole, ac only hydraulic-magnetic device. It is UL and CSA listed. The circuit breaker is rated for 120, 208 and 240 VAC single phase, 175 and 250 VDC and 277 VAC, three(3) phase. It is available in 15, 20, 25, 30, 35, 40 and 50 amp sizes. The 209-3-38734-100 circuit breaker is typically used in residential and commercial electrical systems.

The 209-3-38734-100 circuit breaker is designed to protect against overloads and short circuits. When normal current passes through the circuit breaker, the built-in thermal-magnetic trip unit senses the current and works to keep it at a safe level. The trip unit contains a thermal element that senses when the current flow reaches a dangerous level and trips the breaker. The trip unit also contains a magnetic element that senses the increase in current flow and trips the breaker accordingly. Once the trip occurs, an internal switch disconnects the circuit, protecting it from further damage.

The 209-3-38734-100 circuit breaker also features a manual reset button. This allows the circuit breaker to be reset after it has tripped. This is useful because it eliminates the need to find and reset the circuit breaker at the breaker box. The reset button is also useful in resetting the circuit breaker in the event of an overload or short circuit.

The 209-3-38734-100 circuit breaker is an efficient, reliable, and cost-effective means of protecting electrical systems against overload and short-circuit damage. It is designed to be used in both residential and commercial applications. Its built-in thermal-magnetic trip unit and manual reset button make it an ideal choice for protecting electrical systems from dangerous overloads and short circuits.

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